Centrifugal air wheel having flow guiding structure and centrifugal air blower

Abstract

The invention discloses a centrifugal air wheel having a flow guiding structure and a centrifugal air blower. The centrifugal air wheel comprises a base, a plurality of blades which are fixedly arranged on the base in the circumferential direction and the flow guiding structure, wherein the flow guiding structure comprises a plurality of flow guiding parts which are uniformly arrayed in the circumferential direction; the flow guiding parts are of arc structures, and the bending directions of the flow guiding parts are identical to the bending directions of the blades; one end of each of the flow guiding part extends to the center of the base while the other end of each of the flow guiding part extends to the periphery of the base; and from the center of the base to the periphery of the base, the heights of the flow guiding parts are gradually decreased. According to the centrifugal air wheel having the flow guiding structure and the centrifugal air blower disclosed by the invention, internal flowing of fluid can be optimized, and the fluid can be guided to flow toward the blades, so that the fluid flows out of the blades, and thus, the delivery efficiency of the fluid is improved,and energy loss of the fluid is reduced.

Description

technical field [0001] The invention relates to a centrifugal wind wheel and a centrifugal fan, in particular to a centrifugal wind wheel and a centrifugal fan with a guide structure. Background technique [0002] The centrifugal wind wheel refers to the wind wheel that enters the wind in the axial direction and outputs the wind in the radial direction, and uses the centrifugal force to do work to increase the pressure of the air. The center of the wind wheel in the centrifugal wind wheel is the air inlet. The air intake is inhaled, and at the same time, the rotation of the wind wheel exerts a dynamic effect on the airflow, increasing the pressure and speed of the gas. Under the action of centrifugal force, the airflow is discharged along the outlet of the blade flow path between the blades in the impeller. The blades of the existing centrifugal wind rotor are all arc-shaped blades, and when the air flow is discharged from the flow passage between the blades, vortices are ea...

AI Technical Summary

Problems solved by technology

However, this shroud does not solve the problem of gas flowing out from between the blades. Since the air flow has not been dredged, it will flow to the blades in a chaotic manner or collide with each other, resulting in turbulent flow, reducing the working efficiency of the wind wheel and increasing the air flow of the wind wheel. Eddy current noise

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